SmartVehicles 2016 - Third IEEE WoWMoM Workshop on Smart Vehicles: Connectivity Technologies and ITS Applications

New wave of urbanization, ever more stringent emission standards, and high pressure on improving efficiency of private and public transport have made the development of more sustainable transportation systems one of the fundamental societal challenges of the next decade. Connected vehicles are seen as one of the key enabling technologies for more efficient and sustainable transportation systems. To enable connected vehicles, it is of paramount importance to: i) design vehicular communication systems that enable road users and other actors to exchange information in real time and with high reliability; ii) enable pervasive sensing to monitor the status of vehicles and the surroundings; iii) develop data analytics tools for processing large amounts of data generated by the transportation infrastructure; iv) develop middleware platforms for information management and sharing; and v) define appropriate interaction interfaces between drivers and vehicles. The seamless integration and convergence of vehicular communication networks, information and transportation systems, and mobile devices and networks will face a number of technical, economical and regulatory challenges. To that end, SmartVehicles 2016 workshop will bring together academics, researchers, and industry professionals from around the world to discuss and exchange ideas on recent developments, current research challenges and future directions in the use of networking, communications, data management, and applications to realize vehicular mobility systems that are more connected, efficient, and safe.
Workshop papers will be included and indexed in the IEEE Digital Library (IEEE Xplore), showing their affiliation with IEEE WoWMoM.
TOPICS
The topics of interest include, but are not limited to:
V2V, V2I and V2X communications (e.g. vehicle-to-pedestrians, vehicle-to-backend,vehicle-to-sign, etc.)
New V2X technologies: Vehicular visible light communications, LTE-V, mmWave
The role of 5G in enabling existing and future V2X use cases
Connected autonomous vehicles: cooperative perception, cooperative maneuvering, cooperative intersections and highways, platooning
Vehicular Network as a Sensor Network
Communications-enabled fleet management
Connected smart parking systems
Security and privacy in ITS applications
Data storage, management, and retrieval in vehicular networks
Solutions to connect vehicles with the Internet
Big data analytics for ITS applications
Integration of cloud technologies in ITS applications
Communications protocol design (PHY, MAC, routing, data dissemination)
Simulation environments, experimental testbeds, field operational tests for V2X
Mobile (smart) device integration in vehicles and transport systems